L. Ehrenwald

Technion – Israel Institute of Technology

Papers

Total Citations

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About

L. Ehrenwald’s research focuses on the control and dynamics of space robotic systems, with a particular emphasis on adaptive control for space manipulators. Their major contribution lies in developing integrated adaptive control strategies that enable space robot arms to estimate and adapt to unknown mechanical parameters—such as payload mass and inertia—during real-time maneuvers. This work addresses a critical challenge in orbital robotics: the need for precise manipulation when system properties are uncertain or change during a mission. Ehrenwald’s most-cited papers, including “Integrated adaptive control for space manipulators” (1996) and its 1998 counterpart, each with 11 citations, demonstrate foundational impact in the field of space robotics control. A related study on stability and convergence (1996) further solidifies their theoretical contributions. While citation counts are modest, the work is notable for its practical relevance to autonomous satellite servicing and debris removal, where adaptive control is essential. Ehrenwald’s research has helped lay groundwork for intelligent, self-calibrating robotic systems in space—a key enabler for future orbital operations.